Panel : Value Proposition for Big Data Analytics
Transcript of Panel : Value Proposition for Big Data Analytics
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Panel : Value Proposition for Big Data
Analytics
Topic Overview:Mladen Kezunovic, Coordinator/Moderator
Texas A&M UniversityMarch 13, 2019
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Panel : Value Proposition for Big Data Analytics
• Chair, Introduction and overview: Mladen Kezunovic, Director, Smart Grid Center, Texas A&M University
• Utility Use Cases: Doug Dorr, Program Manager, EPRI• Future and visualization: Mark Johnson, Managing Director,
Utility Analytics Institute• Vendors’ perspective: Mahesh Sudhakaran, Chief Digital Officer,
IBM Energy and Utility business• Regulatory ,Legal Issues & Consumer Advocate views: Chris
Ayers (substitute for David Colata)
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OutlineExpectationsBig Data vs. Big Data AnalyticsBig Data PropertiesData Science Big Data Processing InfrastructureExample: Predicting outagesPanel Introduction:
- Panelist- Questions
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Expectations
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Big Data Properties
10-9 10-3 100 103 106 109
0.1° 1° 1 cycle 12cycles
clockaccuracy
Accuracy of GPStime stamp
differential absolute
256 samplesper cycle
High-frequency,switching devices,inverters
Synchro-phasors
Protective relayoperations
Dynamic systemresponse (stability)
Demandresponse
Wind and solaroutput variation
Servicerestoration
Day-aheadscheduling
Life spanof anassets
T&D planning
Hour-ahead schedulingand resolution of most renewablesintegration studies
seconds
Weather
NANOSECOND MICROSECOND MILLISECOND SECOND MINUTE HOUR DAY MONTH YEAR
10-6
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Data Science& Processing Infrastructure
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T&D Outage Prediction
Example:Big Data Analytics
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Example: outages
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Cost
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Impact
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Predictive Data Analytics
M. Kezunovic, Z. Obradovic, T. Dokic, B. Zhang, J. Stojanovic, P. Dehghanian, and P. -C. Chen, "Predicating Spatiotemporal Impacts of Weather on Power Systemsusing Big Data Science," Springer Verlag, Data Science and Big Data: An Environment of Computational Intelligence, Pedrycz, Witold, Chen, Shyi-Ming (Eds.), ISBN978-3-319-53474-9, 2017.
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BD for Risk Assessment
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BD Data Aggregation
Utility measurements
Weather Forecast
Vegetation Indices
Lightning Data
GIS
Network Assets Data
UAS
Animals Data
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BD Data Properties
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BD Analytics Outcomes
Probabilities of outages for vegetation Probabilities of outages for ice
Probabilities of outages for no outage Probabilities of outages for lightning
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Takeaways• Extensive research is needed to bring BD Analytics into utility practice:
- Data analytics has been used in the power system domain for over 50 years, but Big Data Analytics is in its infancy
- The Big Data Applications require intensive and costly effort to prepare the data (ingestion, cleansing, curation)
- The gap between the Big Data platforms and utility legacy software (EMS, DMS, MMS) uses is huge, and costly
- Utility predictive methods do not explore data sciences advances (Deep learning, spatiotemporal scaling, etc.)
• The government contribution may be in the following areas:
- Make government sources of data readily useable
- Fund research in new applications of Big Data Analytics
- Help industry demonstrate the new business opportunities
- Explore benefits of predictive methods in solving grand challenges
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Panel : Value Proposition for Big Data Analytics
• Chair, Introduction and overview: Mladen Kezunovic, Director, Smart Grid Center, Texas A&M University
• Utility Use Cases: Doug Dorr, Program Manager, EPRI• Future and visualization: Mark Johnson, Managing Director,
Utility Analytics Institute• Vendors’ perspective: Mahesh Sudhakaran, Chief Digital Officer,
IBM Energy and Utility business• Regulatory ,Legal Issues & Consumer Advocate views: Chris
Ayers (substitute for David Colata)
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Panel QuestionsUse Cases: What is the state of the art in Big Data Analytics products and R&D developments suitable for power industry applications? Barriers and gaps: What prevents faster development and deployment of the solutions that utilize Big Data Analytics? Is there a compelling business case (value) for the stakeholders (utilities, ISO’s, Load Serving Entities, third party aggregators, data providers) to adopt Big-Data Analytics? What is this business case?Customer role and needs: How to access data related to energy consumption that resides at the customer site or is collected at the points of customers interfacing to the grid? How to distribute data and knowledge to end-use customers in a manner that facilitates decisions?Regulatory and legislative framework: How does such framework shape crucial issues in data access such as cybersecurity, privacy, data ownership, critical infrastructure confidentiality, data as service?